Sacks-Uhlenbeck type regularity for subcritical generalized $p$-harmonic maps into Homogeneous targets

Fuente: arXiv
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Autores principales: Di Matteo, Gianmichele, Lamm, Tobias
Formato: Preprint
Publicado: 2025
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author Di Matteo, Gianmichele
Lamm, Tobias
author_facet Di Matteo, Gianmichele
Lamm, Tobias
contents Adapting \cite{strz3}, we define generalized $p$-harmonic maps into Riemannian homogeneous targets, a notion of solutions not belonging to the energy space. Restricting our attention to the subcritical range $p$ greater than the domain dimension $n$, we show a uniform $C^{1,α}$-regularity result for a sequence of such maps in the limit $p \searrow n$, assuming a uniform $n$-energy bound on its elements. The method of the proof follows the exact same lines as in \cite{strz3} but we need to check uniformity of estimates not previously considered there.
format Preprint
id arxiv_https___arxiv_org_abs_2506_17151
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Sacks-Uhlenbeck type regularity for subcritical generalized $p$-harmonic maps into Homogeneous targets
Di Matteo, Gianmichele
Lamm, Tobias
Analysis of PDEs
Differential Geometry
35-XX, 49-XX, 53-XX
Adapting \cite{strz3}, we define generalized $p$-harmonic maps into Riemannian homogeneous targets, a notion of solutions not belonging to the energy space. Restricting our attention to the subcritical range $p$ greater than the domain dimension $n$, we show a uniform $C^{1,α}$-regularity result for a sequence of such maps in the limit $p \searrow n$, assuming a uniform $n$-energy bound on its elements. The method of the proof follows the exact same lines as in \cite{strz3} but we need to check uniformity of estimates not previously considered there.
title Sacks-Uhlenbeck type regularity for subcritical generalized $p$-harmonic maps into Homogeneous targets
topic Analysis of PDEs
Differential Geometry
35-XX, 49-XX, 53-XX
url https://arxiv.org/abs/2506.17151